Low Retention Tips Optimum Flow for Optimum Recovery
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Low Retention Tips Optimum Flow for Optimum Recovery - 1

Low Retention Tips Optimum Flow for Optimum Recovery

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Low Retention Tips Optimum Flow for Optimum Recovery - 2

Improve Consistency Secure Reliable Results Optimum Liquid Flow High Reproducibility High Chemical Resistence Optimum recovery S ave samples & reagents Gain more precise and consistent pipetting results Achieve better reliability No leachables Secure sample and result integrity

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Low Retention Tips Optimum Flow for Optimum Recovery - 3

Maximize Your Sample Recovery Save Valuable Reagents Pipetting detergent containing liquids can be problematic when using standard pipette tips. There is often residual liquid remaining in the tip due to differences in surface energies between the plastic pipette tip and the sample. This sometimes difficult to visualize residue causes imprecision in pipetting, and loss of valuable samples or reagents. To overcome this issue we have utilized an advanced technology to create an extremely even and durable hydrophobic surface on our Low Retention Tips. This feature helps you to maximize the...

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Low Retention Tips Optimum Flow for Optimum Recovery - 4

Sartorius Low Retention Tips Clearly Reduce Sample Loss And Have High Chemical Resistance Comparison of Residual Liquid After Dispensing Test Setup Low retention tips from four suppliers were compared against Sartorius standard and Low Retention Tips when pipetting 120 µl of colored PCR buffer (cont. detergents and density agent) with Sartorius mLINE® mechanical pipette. The remaining liquid amount in the tip after dispensing was measured with a gravimetric method. All tips were tested in 10 replicates. The error bars show the standard deviations. Results Sartorius Low Retention Tips...

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Low Retention Tips Optimum Flow for Optimum Recovery - 5

Test Setup Low retention tips from three suppliers were compared against Sartorius standard and Low Retention Tips. The test for chemical resistance was performed by pipetting 1000 µl of 5,00 each solvent 20 times with each test 4,50 4,00 tip with full volume using Sartorius 3,50 Picus electronic pipette. 3,00 2,50 2,00 1,50 1,00 0,50 0,00 Results After rinsing three times with distilled water, the effects of this treatment to the performance of the low retention tips were analyzed with an absorbance based test method using colored liquid as a test solution. All tips were tested in 6...

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Low Retention Tips Optimum Flow for Optimum Recovery - 6

Sartorius Low Retention Tips, Single Tray Sartorius Low Retention Tips, Refill Tower

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Ordering Information Low Retention Optifit Tips Article No. RNase, DNase, DNA, endotoxin free Single Tray Refill Tower Single Tray Refill Tower Single Tray Refill Tower Single Tray Single Tray Single Tray Low Retention SafetyspaceTM Filter Tips Article No. RNase, DNase, DNA, endotoxin free Single Tray Single Tray Single Tray Single Tray Single Tray Single Tray

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Low Retention Tips Optimum Flow for Optimum Recovery - 8

Sales and Service Contacts For further contacts, visit www.sartorius.com Germany Sartorius Lab Instruments GmbH & Co. KG Otto-Brenner-Strasse 20 37079 Goettingen Phone +49 551 308 3333 Finland Sartorius Biohit Liquid Handling Oy Laippatie 1 00880 Helsinki Phone +358 9 755 951 lhinfo.finland@sartorius.com Specifications subject to change without notice. Copyright Sartorius Group. Version 2020 / 04

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